QB Corporation

03/27/2026

Introducing a new MOE grade adds complexity across design workflows, field placement, and inventory management.

When one product doesn’t clearly outperform another, that added complication increases the risk of mistakes without delivering meaningful performance benefits.

Look beyond the hype. Learn more» https://www.truemoetruth.com/

03/25/2026

MOE affects serviceability, not strength. In most systems, joists or trusses control deflection, and small MOE changes at the beam level are barely noticeable. If deflection matters, increasing depth delivers far greater and more reliable results than chasing marginal MOE gains.

03/23/2026

On paper, a higher MOE looks like superior performance. In the field, the difference is often immaterial. Especially once variability, loading conditions, and system behavior are considered. When performance overlaps this much, “better” becomes hard to distinguish in practice.

Look beyond the hype. Learn more» https://www.truemoetruth.com/

03/20/2026

Higher-grade inputs and premium positioning don’t always result in noticeable performance gains. With overlapping behavior and material variability, the real-world difference between 1.9 and 2.0 “true” MOE beams is often marginal at best.

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02/25/2026

Producing a 2.0 “true” MOE glulam requires higher-grade tension laminations — the hardest material to source. That means higher costs, less efficient use of lumber, and added pressure across the supply chain. When performance gains are marginal, those tradeoffs are hard to justify.

Look beyond the hype. Learn More - https://www.truemoetruth.com/

02/23/2026

MOE values represent averages, not guaranteed performance. With normal wood variability, most 1.9 and 2.0 “true” MOE beams behave nearly the same in real-world applications. Understanding overlap and variability matters more than chasing small numerical differences.

Look beyond the hype. Learn More - https://www.truemoetruth.com/

02/20/2026

A 2.0 “true” MOE rating represents a statistical average, not a minimum and not a guarantee. With typical wood variability of 8–10%, the performance of 1.9 and 2.0 “true” MOE beams overlaps by roughly 80%. When the material varies more than the claimed gain, the number on the tag stops telling the full story.

Look beyond the hype. Learn More - https://www.truemoetruth.com/

02/18/2026

A 2.0 “true” MOE beam may look like a step forward on paper, but in practice the gain is small. In most applications, the difference translates to just a few inches of allowable span — often lost in normal material variability. Get the truth from an engineer in the field.

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01/26/2026

It sounds like a big deal, but the challenges and tradeoffs of 2.0 “true” MOE beams outweigh the benefits. Wood varies, and the number on the label represents a statistical average, not a guaranteed value. It behaves nearly the same as a 1.9 “true” MOE glulam in practice. Get the truth from an engineer in the field.

2.0 “True” MOE Glulam: When Incremental Gains Meet Real-World Design It’s marketed as new and exciting, but is it? When 2.0 “true” MOE glulam beams are marketed as a major performance advancement, it sounds like a big deal. Higher MOE means a stiffer beam and longer spans. Right? In real-w...

01/23/2026

Higher MOE means a stiffer beam and longer spans. Right? In real-world building applications, a 2.0 “true” MOE glulam beam opens the door to confusion, higher costs, and increased complexity for everyone involved. All for incremental gains (about 3 to 6 inches of allowable span). Cut through the marketing claims, and get the truth from an engineer in the field.

Learn More - https://www.truemoetruth.com/

01/21/2026

The truth behind 2.0 “true” MOE beams.

Higher MOE means a stiffer beam and longer spans. Right? In real-world building applications, a 2.0 “true” MOE glulam beam opens the door to confusion, higher costs, and increased complexity for everyone involved. All for incremental gains (about 3 to 6 inches of allowable span). Cut through the marketing hype, and get the truth from an engineer in the field.

Learn More -

2.0 “True” MOE Glulam: When Incremental Gains Meet Real-World Design It’s marketed as new and exciting, but is it? When 2.0 “true” MOE glulam beams are marketed as a major performance advancement, it sounds like a big deal. Higher MOE means a stiffer beam and longer spans. Right? In real-w...

01/19/2026

It’s marketed as new and exciting, but is it? When 2.0 “true” MOE glulam beams are pitched as a major performance advancement, it sounds like a big deal. Sure, you might get a slightly stiffer beam, but the chances of anyone actually feeling that difference in a building are extremely small. Get the truth from an engineer in the field.